What question did this study set out to answer?

To review recent advances in cassava-derived biocomposites, starch modifications, biofibers, and their expanding industrial applications.

October 9, 2022MaterialsOpen Access

Recent Developments in Cassava (Manihot esculenta) Based Biocomposites and Their Potential Industrial Applications: A Comprehensive Review

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Review demonstrates the versatility of cassava starch and fibers in composite materials, highlighting sustainable alternatives to petroleum plastics.

To review recent advances in cassava-derived biocomposites, starch modifications, biofibers, and their expanding industrial applications.
Synthesized literature on macro- and nano-sized cassava fibers and starch processing.
Evaluated fabrication methods including plasticization, fiber reinforcement, polymer blending, and hybrid composite formulation.
Surveyed application domains across bioenergy, packaging, food, and automotive sectors.
Cassava starch functions effectively as a thermoplastic matrix when plasticized and blended with complementary polymers to enhance mechanical performance.
Macro- and nano-sized cassava fibers provide viable reinforcement phases for eco-friendly blend polymers and hybrid biocomposites.
Cassava biomass shows substantial industrial utility spanning biofuel production, biodegradable packaging, and automotive components.

Abotbina et al. (2022) studied this question.

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October 9, 2022MaterialsOpen Access

View Full Paper

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Authors

Review demonstrates the versatility of cassava starch and fibers in composite materials, highlighting sustainable alternatives to petroleum plastics.

To review recent advances in cassava-derived biocomposites, starch modifications, biofibers, and their expanding industrial applications.
Synthesized literature on macro- and nano-sized cassava fibers and starch processing.
Evaluated fabrication methods including plasticization, fiber reinforcement, polymer blending, and hybrid composite formulation.
Surveyed application domains across bioenergy, packaging, food, and automotive sectors.
Cassava starch functions effectively as a thermoplastic matrix when plasticized and blended with complementary polymers to enhance mechanical performance.
Macro- and nano-sized cassava fibers provide viable reinforcement phases for eco-friendly blend polymers and hybrid biocomposites.
Cassava biomass shows substantial industrial utility spanning biofuel production, biodegradable packaging, and automotive components.

Abotbina et al. (2022) studied this question.

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